Unleashing the Power of Horizon Forbidden West on RX 570 8GB (I3-10105)

Table of Contents

1. Introduction
2. Benchmarking Horizon Forbidden West for PC
3. PC Specs Used for Benchmarking
4. Settings Used for Benchmarking
5. Comparison with Previous GPU (Nvidia GTX 970)
6. Performance Results and Observations
7. VRAM Limitations and Impact on Performance
8. CPU Performance and Handling
9. The Role of AMD in Gaming Performance
10. Future Considerations for Lower-End Hardware
11. Conclusion

Benchmarking Horizon Forbidden West for PC

Welcome back to Rule 16! In this article, we will be diving into the benchmarking of the highly-anticipated Game, Horizon Forbidden West, on PC. We will take a closer look at the performance of the game on different hardware configurations, focusing on the comparison between the AMD RX570 8GB VRAM graphics card and the Nvidia GTX 970. So, buckle up and let's jump right into it!

Introduction

Horizon Forbidden West has been making waves in the gaming community, and PC gamers are eager to know how the game performs on their rigs. Benchmarking is crucial to understand the capabilities of different hardware configurations and how well they can handle the demanding requirements of modern games.

Benchmarking Process and PC Specs

To conduct our benchmark tests, we used an Intel Core i3 10105 paired with an AMD RX570 8GB VRAM graphics card. Our system also had 16GB of DDR4 RAM in dual-Channel memory configuration. These specifications provided us with a good baseline to gauge the performance of Horizon Forbidden West on mid-range hardware.

Settings Used for Benchmarking

We ran the game at a resolution of 1080p with the dynamic resolution scaling set to 30. Initially, we had the medium preset selected, given the 8GB VRAM available on the RX570. However, we decided to test the waters further and experimented with different settings, including turning off the dynamic resolution scaling and enabling FSR (FidelityFX Super Resolution) for better image quality.

Comparison with Previous GPU (Nvidia GTX 970)

Before diving into the performance results, it is important to note that we previously tested the game on an Nvidia GTX 970, which did not perform as well as the RX570. The GTX 970 struggled primarily due to its lack of VRAM, often dipping below 30 FPS, making the game less enjoyable to play. However, the RX570 with its 8GB VRAM outperformed the GTX 970 in terms of stability and frame rates.

Performance Results and Observations

Moving on to the performance results, the RX570 impressed us with its consistency and smooth gameplay experience. Even in demanding areas, we consistently achieved frame rates above 40 and even crossed the 50 FPS mark. The game felt much smoother and more enjoyable to play compared to our previous experience with the GTX 970.

VRAM Limitations and Impact on Performance

The stark difference in performance between the RX570 and GTX 970 can be attributed to the VRAM limitations. While the 970 had only 4GB of VRAM, the RX570 had 8GB, enabling it to handle the game's requirements more efficiently. It is worth noting that at the medium preset, the game was utilizing around 5.7GB of VRAM, highlighting the importance of having an adequate amount of VRAM for optimal performance.

CPU Performance and Handling

In addition to VRAM, the CPU performance also plays a crucial role in delivering smooth gameplay. Our Intel Core i3 10105 performed exceptionally well, handling the game without any significant issues. This further demonstrates the significance of a well-balanced system and the impact it has on the overall gaming experience.

The Role of AMD in Gaming Performance

The RX570's superior performance in this benchmark test showcases the strength of AMD's graphics cards in gaming scenarios. The GPU proved to be faster than its Nvidia counterpart, providing a noticeable improvement in performance and overall gameplay experience. AMD's focus on optimizing their GPUs for gaming continues to deliver impressive results.

Future Considerations for Lower-End Hardware

As newer games push the boundaries of hardware requirements, lower-end hardware may struggle to keep up. However, the performance we witnessed with the RX570 gives hope that even aging hardware can deliver satisfactory results. It is essential to find the right balance between settings and hardware capabilities to achieve playable frame rates.

Conclusion

In conclusion, Horizon Forbidden West runs remarkably well on the AMD RX570 8GB VRAM graphics card, outperforming the Nvidia GTX 970. The game's performance is greatly influenced by VRAM, with the RX570's 8GB providing a distinct advantage. We also observed the importance of a well-balanced system, with the CPU playing a vital role in delivering smooth gameplay. As we move forward, it is crucial to consider both VRAM limitations and CPU performance when choosing the right hardware for gaming.

Resource:

• Horizon Forbidden West

Highlights

• Benchmarking Horizon Forbidden West on mid-range hardware.
• Comparison of AMD RX570 and Nvidia GTX 970 performance.
• Impact of VRAM limitations on gameplay.
• The significance of CPU performance in smooth gameplay.
• AMD's superiority in gaming performance.
• Future considerations for lower-end hardware.

FAQ

Q: Can Horizon Forbidden West run smoothly on lower-end hardware? A: While Horizon Forbidden West can be demanding on lower-end hardware, with the right balance of settings and optimization, playable frame rates can be achieved.

Q: Does VRAM make a significant difference in game performance? A: Yes, VRAM is crucial for handling graphics-intensive games. A higher VRAM capacity allows for smoother gameplay and stability.

Q: How does the AMD RX570 compare to the Nvidia GTX 970? A: The AMD RX570 outperforms the Nvidia GTX 970 due to its higher VRAM capacity, resulting in a more stable and enjoyable gaming experience.

Q: Should CPU performance be a consideration for gaming purposes? A: Yes, CPU performance plays a vital role in delivering smooth gameplay. A well-balanced system with a capable CPU is essential for optimal gaming performance.